OK, before I begin, this build is gonna be WIP for a while, since Im planning to add, change, and modify things after I get my system running first. Note that its gonna be my first water cooling build so take it easy on me

Phase I (Get the system running and water cooled)

Parts List

Case: Corsair 800D

CPU: Intel i7 3930K

MB: Asus Rampage IV Extreme

GPU: EVGA 680+ 4GB

RAM: Corsair Vengeance (16GB DDR3-1600)

PSU: Corsair AX860 860W

SSD: Kingston HyperX 3K 120GB

HDD: Some old Hard Drives that I never throw 500GB/250GB

WC: XSPC Raystorm D5 RX360 Kit and XSPC GPU water block

Will post pictures once NCIX delivers the rest of the parts that I'm missing, and couldn't find them on BST section.

Yesterday started getting my WC set and ready in to install, after many trials and issues trying to get things started. I managed to fill the loop, now leak test went good, however bleeding the air out is a pain in the $%$, and the loop flow seems unstable. (been in the loop test and bleeding for 18 hours)

Maybe 1 is too low a voltage for your system leave it cranked till ya get it bleed out, kudos for your patience, me I have them running just after installing everything, air and top up I do on the run ;)

Maybe try running it res up if you can prop it up that way. Or haven't try'd this yet.

Just so you are aware. Cranking the speed on your pump will not increase the cooling. Best way to find out where the sweet spot is is to run an app like super pi. It takes a little mucking around to get all the cores crunching pi but once ya figure it out (some members can help) you'll get the cpu temps up and begin to dial in the cooling sweet spot.

You'll need to actually move the case around a bit and bang on the rad a little to shake all the bubbles loose and it shouldn't leak anywhere even if you turn it upside down. You'll need to do stuff like this to get all the air out of the rad etc.

Again cranking the pump on full blast will not fix the flow problem you are having... you might even melt the impellor if you aren't cautious. There's a reason for this happening but I'm not typing all that out here... hehe.

One other thing to consider... You can always pipe your drain port directly off the bottom of your vid card via one of the lower connection points. It works well and would flow a little better than you currently have it piped... I'll edit one of you pictures to show you what I mean.

I'd move the flow rate thing to the line going to the rad on the top. (orange circle with the X)
Green line goes back from the vid to the bayresi-pump.
Drain out the bottom of your vid card it's the lowest spot anyway.
I'm not a fan of the fitting created F-splitter on the bottom... it has a negative affect on flow rate and isn't really necessary.
Move that dual 45 90 degree to the rad and you could bring that pipe up above the top of the board instead of across the cpu.
45* adapters from cpu to vid works really well too.. it's almost a perfect 45 degree angle. FYI.

Of course you don't have to do any of this it's your own creation bud! Just my thoughts.

I'd move the flow rate thing to the line going to the rad on the top. (orange circle with the X)
Green line goes back from the vid to the bayresi-pump.
Drain out the bottom of your vid card it's the lowest spot anyway.
I'm not a fan of the fitting created F-splitter on the bottom......any of this it's your own creation bud! Just my thoughts.

I do love the white against the black... looks awesome!

Thanks for loving it buddy, the reason I put the flow-meter after the last part in the loop, is (and dont quote me here) because I think if something is affecting the flow then it would show it, rather than putting it right after the pump pushing the flow.

Im considering changing the loop anyway (I do believe I can make it look better) and cant decide if I should just get the flow meter out of the loop completely or leave it.